Nano Cars Into
Robotics
NanoTechnology
?
 Nanotechnology is a “miniaturisation of
components” or “simply building things
with programmed precisio...
NanoGears
 Nanogears are nano devices with multiwalled
 Shafts which are carbon nanotubes
 Gear teeth are benzyne molec...
NanoCars
 The NANOCAR is a molecule designed in 2005
at Rice University in the group of Professor James
Tour
 The molecu...
InRobotics
 Nanocars as the neuron system , the movements
get better
 Can give the instruction even when the ROBOT is
mo...
Applications
 Recent development: Nanotruck with 60 Bucky
balls which can transfer a heavy and larger
payloads at a time
...
Thankingyou
Team : @ndr id..
of 7

Nano cars into robotics

Nano Cars Into The Robotics is new technology which is useful for designing robots. Difference in exisiting robotics and nano cars
Published on: Mar 3, 2016
Published in: Engineering      
Source: www.slideshare.net


Transcripts - Nano cars into robotics

  • 1. Nano Cars Into Robotics
  • 2. NanoTechnology ?  Nanotechnology is a “miniaturisation of components” or “simply building things with programmed precision  It comprises: chemistry, physics, mechanical engineering, materials science, molecular biology, and computer science  Nanotechnology is the Engineering of tiny machines
  • 3. NanoGears  Nanogears are nano devices with multiwalled  Shafts which are carbon nanotubes  Gear teeth are benzyne molecules bonded onto the nanotube  Using the nanogear we can able to move those nano particles from one place to another
  • 4. NanoCars  The NANOCAR is a molecule designed in 2005 at Rice University in the group of Professor James Tour  The molecule consists of an H-shaped 'chassis' with fullerene groups attached at the four corners to act as wheels  Each wheel is a “Bucky ball”, a spherical molecule made up of 60 carbon atoms  The axles are made of carbon as well.The bond between the wheels and the axles is strong
  • 5. InRobotics  Nanocars as the neuron system , the movements get better  Can give the instruction even when the ROBOT is moving  The time taken for execution of the process is reduced  The NANOCARS are used to speed up the process and do works more accurately in less time
  • 6. Applications  Recent development: Nanotruck with 60 Bucky balls which can transfer a heavy and larger payloads at a time  Nano car will be propelled by a photon-powered engine  Upcoming vehicle: a Nano Train of sorts, will consist of several molecular boxcars  The ultimate aim is to achieve self assembly of devices for various applications
  • 7. Thankingyou Team : @ndr id..

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